Widened photonic functionality of Asymmetric High index contrast / Photonic Crystal gratings

Hai Nguyen; Florian Dubois; Xavier Letartre; Jean-Louis Leclercq

Widened photonic functionality of Asymmetric High index contrast / Photonic Crystal gratings

Hai Nguyen, Florian Dubois, Xavier Letartre, Jean-Louis Leclercq

Research output: Conference proceeding/Chapter in Book/Report/ › Conference Paper › peer-review

Abstract

In this presentation we emphasize that, within the variety of parameters usable for the design of HCGs, the transverse (vertical) symmetry properties of HCGs provide a power-full joystick for the dispersion engineering of guided mode resonances. We concentrate on asymmetric HCGs designed to accommodate guided mode resonances with ultra-flat zero-curvature dispersion characteristics (or photons with ultra-heavy effective mass), as well as with Dirac cone shaped linear dispersion characteristics. Examples of the great potential of this family of asymmetric HCGs will include the development of a platform for polaritonic devices and the production of micro-lasers particularly suited for hybrid III-V / silicon heterogeneous photonic integration, along CMOS compatible technological schemes.

Original language	English
Title of host publication	High Contrast Metastructures V, proc. of SPIE Vol. 9757
Publication status	Published - 21 Mar 2016

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title = "Widened photonic functionality of Asymmetric High index contrast / Photonic Crystal gratings",

abstract = "In this presentation we emphasize that, within the variety of parameters usable for the design of HCGs, the transverse (vertical) symmetry properties of HCGs provide a power-full joystick for the dispersion engineering of guided mode resonances. We concentrate on asymmetric HCGs designed to accommodate guided mode resonances with ultra-flat zero-curvature dispersion characteristics (or photons with ultra-heavy effective mass), as well as with Dirac cone shaped linear dispersion characteristics. Examples of the great potential of this family of asymmetric HCGs will include the development of a platform for polaritonic devices and the production of micro-lasers particularly suited for hybrid III-V / silicon heterogeneous photonic integration, along CMOS compatible technological schemes.",

author = "Hai Nguyen and Florian Dubois and Xavier Letartre and Jean-Louis Leclercq",

year = "2016",

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language = "English",

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T1 - Widened photonic functionality of Asymmetric High index contrast / Photonic Crystal gratings

AU - Nguyen, Hai

AU - Dubois, Florian

AU - Letartre, Xavier

AU - Leclercq, Jean-Louis

PY - 2016/3/21

Y1 - 2016/3/21

N2 - In this presentation we emphasize that, within the variety of parameters usable for the design of HCGs, the transverse (vertical) symmetry properties of HCGs provide a power-full joystick for the dispersion engineering of guided mode resonances. We concentrate on asymmetric HCGs designed to accommodate guided mode resonances with ultra-flat zero-curvature dispersion characteristics (or photons with ultra-heavy effective mass), as well as with Dirac cone shaped linear dispersion characteristics. Examples of the great potential of this family of asymmetric HCGs will include the development of a platform for polaritonic devices and the production of micro-lasers particularly suited for hybrid III-V / silicon heterogeneous photonic integration, along CMOS compatible technological schemes.

AB - In this presentation we emphasize that, within the variety of parameters usable for the design of HCGs, the transverse (vertical) symmetry properties of HCGs provide a power-full joystick for the dispersion engineering of guided mode resonances. We concentrate on asymmetric HCGs designed to accommodate guided mode resonances with ultra-flat zero-curvature dispersion characteristics (or photons with ultra-heavy effective mass), as well as with Dirac cone shaped linear dispersion characteristics. Examples of the great potential of this family of asymmetric HCGs will include the development of a platform for polaritonic devices and the production of micro-lasers particularly suited for hybrid III-V / silicon heterogeneous photonic integration, along CMOS compatible technological schemes.

M3 - Conference Paper

BT - High Contrast Metastructures V, proc. of SPIE Vol. 9757

ER -

Widened photonic functionality of Asymmetric High index contrast / Photonic Crystal gratings

Abstract

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